def set_structure(self, fdtd, wait=True):
self.set_fdtd(fdtd)
prg = fdtd._structure_prg
height = comp_to_real(fdtd.dtype)(self.height/fdtd.min_ds)
com = Fields(fdtd, ( 3, ), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.com /fdtd.min_ds)
base_poly = Fields(fdtd, (self.np, 3), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.base_poly/fdtd.min_ds)
origin = Fields(fdtd, ( 3, ), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.origin /fdtd.min_ds)
rot_mat = Fields(fdtd, ( 9, ), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.rot_mat )
evts = []
for i in xrange(3):
material_params = Fields(fdtd, (len(self.material.params[i]),), dtype=comp_to_real(fdtd.dtype), mem_flag='r', \
init_value=np.array(self.material.params[i], dtype=comp_to_real(fdtd.dtype)))
args = [fdtd.engine.queue, (fdtd.engine.gs,), (fdtd.engine.ls,), \
base_poly.data, com.data, height, np.int32(self.np), np.int32(self.axis), \
self.grids_lists[i][0], self.grids_lists[i][1], self.grids_lists[i][2], \
np.int32(fdtd.nx), np.int32(fdtd.ny), np.int32(fdtd.nz), \
origin.data, rot_mat.data, \
material_params.data] + self.coefs_lists[i]
if 'opencl' in fdtd.engine.name:
evt = prg.set_struc_plpy(*args)
elif 'cuda' in fdtd.engine.name:
func = fdtd.engine.get_function(prg, 'set_struc_plpy')
fdtd.engine.prepare(func, args)
evt = fdtd.engine.enqueue_kernel(func, args, False)
elif 'cpu' in fdtd.engine.name:
func = fdtd.engine.set_kernel(prg.set_struc_plpy, args)
evt = func(*(args[3:]))
evts.append(evt)
if wait: wait_for_events(fdtd, evts)
del com, base_poly, origin, rot_mat, material_params
return evts
def set_structure(self, fdtd, wait=True):
self.set_fdtd(fdtd)
prg = fdtd._structure_prg
points = Fields(fdtd, (4, ),
dtype=comp_to_real(fdtd.dtype),
mem_flag='r',
init_value=self.points / fdtd.min_ds)
evts = []
for i in xrange(3):
material_params = Fields(fdtd, (len(self.material.params[i]),), dtype=comp_to_real(fdtd.dtype), mem_flag='r', \
init_value=np.array(self.material.params[i], dtype=comp_to_real(fdtd.dtype)))
args = [fdtd.engine.queue, (fdtd.engine.gs,), (fdtd.engine.ls,), \
points.data, \
self.grids_lists[i][0], self.grids_lists[i][1], \
np.int32(fdtd.nx), np.int32(fdtd.ny), \
material_params.data] + self.coefs_lists[i]
if 'opencl' in fdtd.engine.name:
evt = prg.set_struc_rect(*args)
elif 'cuda' in fdtd.engine.name:
func = fdtd.engine.get_function(prg, 'set_struc_rect')
fdtd.engine.prepare(func, args)
evt = fdtd.engine.enqueue_kernel(func, args, False)
elif 'cpu' in fdtd.engine.name:
func = fdtd.engine.set_kernel(prg.set_struc_rect, args)
evt = func(*(args[3:]))
evts.append(evt)
if wait: wait_for_events(fdtd, evts)
del points, material_params
return evts
def set_structure(self, fdtd, wait=True):
self.set_fdtd(fdtd)
sin = fdtd.dtype(self.sin)
cos = fdtd.dtype(self.cos)
com = Fields(fdtd, (2,), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.com /fdtd.min_ds)
radius = Fields(fdtd, (2,), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.radius/fdtd.min_ds)
origin = Fields(fdtd, (2,), dtype=comp_to_real(fdtd.dtype), mem_flag='r', init_value=self.origin/fdtd.min_ds)
evts = []
for i in xrange(3):
material_params = Fields(fdtd, (len(self.material.params[i]),), dtype=comp_to_real(fdtd.dtype), mem_flag='r', \
init_value=np.array(self.material.params[i], dtype=comp_to_real(fdtd.dtype)))
args = [fdtd.engine.queue, (fdtd.engine.gs,), (fdtd.engine.ls,), \
com.data, radius.data, \
self.grids_lists[i][0], self.grids_lists[i][1], \
np.int32(fdtd.nx), np.int32(fdtd.ny), \
origin.data, \
sin, cos, \
material_params.data] + self.coefs_lists[i]
if 'opencl' in fdtd.engine.name:
evt = self.prg.set_struc_ellp2d(*args)
elif 'cuda' in fdtd.engine.name:
func = fdtd.engine.get_function(self.prg, 'set_struc_ellp2d')
fdtd.engine.prepare(func, args)
evt = fdtd.engine.enqueue_kernel(func, args, False)
elif 'cpu' in fdtd.engine.name:
func = fdtd.engine.set_kernel(self.prg.set_struc_ellp2d, args)
evt = func(*(args[3:]))
evts.append(evt)
if wait: wait_for_events(fdtd, evts)
del com, radius, origin, material_params
return evts